Battery Charging Station
Products Description
In today's rapidly evolving new energy vehicle ecosystem, charging infrastructure is a crucial link connecting energy and mobility. Our battery charging station adopts internationally leading design standards and core technologies, ensuring compatibility with various mainstream new energy vehicle battery systems. It not only boasts powerful power output capabilities (60kW-480kW) but also achieves efficient heat dissipation management through independent air ducts and liquid cooling modules, ensuring superior performance even in extreme environments ranging from -35°C to +55°C.
Technical Characteristics
Dual Heat Dissipation: The independent airflow design for Standard Battery Charging Cabinet solves the problem of low efficiency in traditional air cooling, while the liquid cooling module further enhances the maximum power output capability and avoids thermal runaway.
High Efficiency: ≥92% conversion efficiency means less energy waste and lower electricity operating costs.
Environmental Adaptability: The operating temperature range for Modular Battery Charging Cabinet covers extremely cold regions (-35°C) and high-temperature, high-humidity regions (+55°C), making it suitable for a wide range of applications.
Manufacturing Advantages
Modular Prefabrication and Parallel Production
The Compact Battery Charging Cabinet is decomposed into independent functional units such as power modules, control modules, liquid cooling modules, and cabinets, and produced and tested in parallel. This not only significantly shortens the overall delivery cycle but also ensures that each submodule has passed rigorous individual testing before final assembly, improving the first-pass yield and reliability of the entire system.
Digital Simulation-Driven Design Verification
Before Portable Battery Charging Cabinet launch, Computational Fluid Dynamics (CFD) simulations are used to optimize the flow field and heat distribution of independent air ducts and liquid cooling radiators; Finite Element Analysis (FEA) is used to verify structural strength and vibration tolerance; Electromagnetic Compatibility (EMC) simulations are performed for pre-design to ensure that the product meets electrical, thermal, and mechanical performance standards on the first attempt.
Automated Assembly and Aging Testing
Core electrical assembly uses automated wire harness crimping and screw tightening equipment to ensure connection reliability. Each Stationary Battery Charging Cabinet undergoes a full-load aging test for ≥24 hours in an aging chamber simulating actual operating conditions before leaving the factory, exposing and eliminating potential early failures.
Application Areas
| Logistics Hubs | High - Power Battery Charging Cabinet provides 480kW ultra-fast charging for electric heavy trucks, improving vehicle turnover. |
| Bus Depots | Off-peak charging at night reduces operating costs for Low - Power Battery Charging Cabinet. |
| Highway Service Areas | IP55 protection for Standard Battery Charging Cabinet withstands rain, snow, and sandstorms, ensuring >99% availability throughout the year. |
| Industrial Parks | 60–120kW charging piles meet the needs of commuter vehicles and forklifts. |
contact us
Looking for a high-performance, highly reliable, and forward-thinking solution for your battery charging station planning? Our technical team provides end-to-end services, from site surveys and solution design to deployment support. Submit your requirements and receive customized solutions and business analysis.
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